CN208301109U - Exempt from the automatic cementing machine that draws lines - Google Patents
Exempt from the automatic cementing machine that draws lines Download PDFInfo
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- CN208301109U CN208301109U CN201820894950.7U CN201820894950U CN208301109U CN 208301109 U CN208301109 U CN 208301109U CN 201820894950 U CN201820894950 U CN 201820894950U CN 208301109 U CN208301109 U CN 208301109U
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- brush coating
- motor
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- cylinder
- shoes
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Abstract
The utility model relates to exempt from the automatic cementing machine that draws lines, annular rotating device is arranged in upper rack, at least one set of brush coating device is arranged in annular rotating device side, lifting clamping device is arranged in middle part, apparatus for adjusting position is arranged in the top of lifting clamping device, annular rotating device, outer cover is set on the outside of brush coating device and lifting clamping device, apparatus for adjusting position, annular rotating device, brush coating device and lifting clamping device are separately connected controller, the vertical fixed pressure shoes plate or sole brush coating motor of apparatus for adjusting position, pressure shoes plate or sole brush coating motor are located above lifting clamping device, the top of lifting clamping device is shoes fixing seat, grip block is arranged in the side of shoes fixing seat.The utility model speed of production is fast, high-efficient, saving is artificial, environmentally friendly, price is low, Improving The Quality of Products.
Description
Technical field
The utility model relates to shoes equipment technical field, especially a kind of speed of production is fast, high-efficient, saving is artificial,
Environmental protection, price it is low, it is Improving The Quality of Products exempt from draw lines automatic cementing machine.
Background technique
In process of production, brush coating technique mostly uses greatly manual brush coating or mechanical arm brush coating for sport footwear plus sulphur shoes.By hand
Brush coating process flow is as follows: the vamp setting-out → brush inorganic agent → secondary glue of the glue → brush of brush one time → patch bottom → pressing → molding back segment
Arrange etc., manual brush coating is required glue brushing in upper of a shoe hatched area and the bottom of vamp, and brush coating line must and vamp
The line of picture is identical, and glue is not brushed on the line of picture, is commonly called as " undersized ", product is unqualified.The swiped through line drawn of glue, custom
Claim " excessive glue ", product is unqualified, causes to scrap, and due to being manual operations, brush coating became uneven is even, brushes too thick or too thin all
The pulling capacity after shoes are bonded with sole is influenced, product quality is influenced, in addition, contain a large amount of organic solvents in shoes-used glue, volatilization
Property is big, and inflammable, there are huge security against fire hidden danger.Defect existing for manual brush coating: in long-term production process, brush coating work
Skill has the following deficiencies: that dry glue easily occurs for 1, open-sky technique, glue, and gel phenomenon, loss is greatly.2, artificial brush coating operation
When, usually using industry pig hair toothbrush, paintbrush, the tools such as oblique row brush, brush is easy hair loss, the glue surface became uneven brushed out
Even, glue brushing tool hair loss needs to clear up in glue surface, delays work and mistakes, and large labor intensity, production efficiency is low, increase production of units at
This.3. containing in glue, there are many organic solvents, and high volatility is inflammable and explosive, have great harmfulness to the health of operator,
Exist simultaneously pollution environment and great security against fire hidden danger.4. single process recruitment number is more, in process of production, due to member
The difference of work brush coating technology, will cause that quality is unstable, and consistency is poor, produce quality disunity in enormous quantities.
The shortcoming of mechanical arm brush coating is: selling at exorbitant prices, and shoes enterprise buying wish is not strong, without keeping to the side to design, needs router
Sequence, the speed of service is slow, inefficient, and production capacity is low, needs teaching track early period, and logic is cumbersome, and time-consuming, can excessive glue.
Need a kind of speed of production it is fast, it is high-efficient, save artificial, environmental protection, price it is low, it is Improving The Quality of Products exempt from setting-out from
Dynamic gluing machine.
Summary of the invention
Fast, high-efficient, saving that the purpose of the utility model is to provide a kind of speeds of production is manually, environmental protection, price is low, is promoted
Product quality exempts from the automatic cementing machine that draws lines.
Exempt from the automatic cementing machine that draws lines, comprising:
Annular rotating device, at least one set of brush of annular rotating device side setting is arranged in rack, the upper rack
Lifting clamping device is arranged in adhesive dispenser, middle part, and apparatus for adjusting position is arranged in the top of the lifting clamping device, and the annular turns
Outer cover, the apparatus for adjusting position, annular rotating device, brush coating is arranged in dynamic device, brush coating device and lifting clamping device outside
Device and lifting clamping device are separately connected controller, the vertical fixed pressure shoes plate or sole brush coating of the apparatus for adjusting position
Motor, the pressure shoes plate or sole brush coating motor are located above lifting clamping device, and the top of the lifting clamping device is
Grip block is arranged in the side of shoes fixing seat, the shoes fixing seat.
The shield base opening, side are U-shaped outer cover side plate, and top is outer cover cover board, and the outer cover cover board is can
Outer cover through-hole is arranged in the clamshell doors of rotation, the middle part after closure, and the outer cover through-hole is greater than the cross section of shoes fixing seat.
The lateral setting X of the apparatus for adjusting position is to linear motion part and X to motor, and the X is on linear motion part
Y-direction linear motion part and Y-direction motor are set, and Z-direction cylinder is arranged in the Y-direction linear motion part, setting pressure shoes on the Z-direction cylinder
Plate or sole brush coating motor, the pressure shoes plate is plate, positioned at the surface of shoes fixing seat, the sole brush coating motor connection
The side setting sole of sole brush head, the sole brush head is switched to glue, and the sole brush coating motor and sole give glue switch point
Not Lian Jie controller, the controller is separately connected X to motor, Y-direction motor and Z-direction cylinder.
First fixed plate of the annular rotating device is fixed on the rack, the fixed rotary electric machine of first fixed plate,
The rotary electric machine drives active rotating shaft, and the active rotating shaft drives annular rotating belt, the inside setting of the annular rotating belt
At least one second fixed plate, the rotary electric machine connection is arranged at least one driven spindle, the outside of the annular rotating belt
Controller.
The outside setting dust cover and dust-proof shell of the annular rotating belt.
Limit switch is arranged in the side of second fixed plate, and the limit switch connects controller.
The brush coating support base of the brush coating device is fixed in the second fixed plate of annular rotating device, the brush coating support
Lateral brush coating motor is set on seat, and side is fixed to glue support base, and the output shaft of the lateral brush coating motor connects lateral brush coating
Brush head, described to give glue cylinder to setting on glue support base, described drive to glue cylinder gives glue switch movement, described to switch to glue
Glue brush head is given in outlet setting, and the lateral brush coating motor switchs to glue and is separately connected controller to glue cylinder.
The brush coating support base is L-type, and horizontal direction is arranged in fixed supporting seat, and vertically downward, the fixed supporting seat is solid
Be scheduled in the second fixed plate, the fixed supporting seat and brush coating support base it is vertical between spring is set.
The lifting of the lifting clamping device grips seat and is fixed on the rack, and the lifting grips a fixing clamp
Motor, the clamping motor driven screw rod rotation are held, the screw rod band movable slider moves along a straight line, and the sliding block connects connecting column,
The connecting column drives grip block rotation, and the lifting cylinder of the lifting clamping device drives shoes fixing seat to move up and down, described
Clamping motor and lifting cylinder are separately connected controller.
The sole of the apparatus for adjusting position is switched to glue and/or switching to glue for brush coating device connects rubber-storing cylinder, described
Rubber-storing cylinder pressure head is arranged in the inside of rubber-storing cylinder, and the rubber-storing cylinder pressure head is driven by rubber-storing cylinder cylinder, the rubber-storing cylinder cylinder connection
Rubber-storing cylinder pressure sensor, the rubber-storing cylinder cylinder and rubber-storing cylinder pressure sensor are separately connected controller.
The grip block of the lifting clamping device is T shape, is equipped with two groups, mirror image, is located at lifting clamping device each other
Shoes fixing seat two sides.
The shoes fixing seat of the lifting clamping device is shoe body shape, and sole is face-up.
Second fixed plate of the annular rotating device is equipped with six groups, is evenly distributed on the annular revolution of annular rotating device
Band surrounding.
Annular rotating device is arranged in the utility model upper rack, and at least one set of brush coating dress is arranged in annular rotating device side
It sets, lifting clamping device is arranged in middle part, and apparatus for adjusting position, annular rotating device, brush coating is arranged in the top of lifting clamping device
Outer cover, apparatus for adjusting position, annular rotating device, brush coating device and lifting clamping dress are set on the outside of device and lifting clamping device
It sets and is separately connected controller, perhaps sole brush coating motor presses shoes plate or sole to the vertical fixed pressure shoes plate of apparatus for adjusting position
Brush coating motor is located above lifting clamping device, and the top of lifting clamping device is shoes fixing seat, and the side of shoes fixing seat is arranged
Grip block.Controller controls lifting clamping device and rises, and shoes are tipped upside down in shoes fixing seat, and lifting clamping device is fallen, and will
Shoes clamp.Controller controls apparatus for adjusting position and adjusts position, pushes down shoes with pressure shoes plate, or with sole brush coating motor 37 to shoes
Carry out brush coating.Controller controls annular rotating device and rotates around the surrounding of shoes, and brush coating device is driven to adjust position, carries out to shoes
Brush coating.Rack is played a supporting role, and outer cover protects annular rotating device, brush coating device and lifting clamping device.This hair
Bright speed of production is fast, high-efficient, saving is artificial, environmentally friendly, price is low, Improving The Quality of Products.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the perspective view of the utility model outer cover；
Fig. 3 is the apparatus for adjusting position perspective view of the utility model shoes plate with pressure；
Fig. 4 is apparatus for adjusting position perspective view of the utility model with sole brush coating motor；
Fig. 5 is the explosive view of the utility model annular rotating device；
Fig. 6 is the explosive view of the utility model brush coating device；
Fig. 7 is the perspective view of the utility model lifting clamping device；
Fig. 8 is the perspective view of the utility model annular rotating device and brush coating device；
Fig. 9 is the connection relationship diagram that the utility model clamps motor and connecting column；
Figure 10 is that the utility model controls connection relationship diagram；
Figure 11 is the structural schematic diagram of the utility model rubber-storing cylinder；
In figure: 1, rack, 2, outer cover, 3, apparatus for adjusting position, 4, annular rotating device, 5, brush coating device, 6, lifting folder
Hold device, 7, controller, 21, outer cover side plate, 22, outer cover cover board, 23, outer cover through-hole, 31, X to linear motion part, 32, X is to electricity
Machine, 33, Y-direction linear motion part, 34, Y-direction motor, 35, Z-direction cylinder, 36, pressure shoes plate, 37, sole brush coating motor, 38, sole brush
Head, 39, sole give glue switch, 41, rotary electric machine, the 42, first fixed plate, 43, active rotating shaft, 44, driven spindle, 45, annular
Rotating belt, the 46, second fixed plate, 47, dust cover, 48, dust-proof shell, 49, limit switch, 51, brush coating support base, 52, fixation
Support base, 53, lateral brush coating motor, 54, lateral brush coating brush head, 55, give glue support base, 56, give glue switch, 57, give glue brush head,
58, give glue cylinder, 59, spring, 61, clamping motor, 62, lifting grip seat, 63, screw rod, 64, sliding block, 65, connecting column,
66, grip block, 67, lifting cylinder, 68, shoes fixing seat, 71, rubber-storing cylinder, 72, rubber-storing cylinder pressure head, 73, rubber-storing cylinder cylinder, 74, storage
Packing element pressure sensor.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described further.
Exempt from the automatic cementing machine that draws lines, comprising: annular rotating device 4, annular rotating device 4 is arranged in rack 1,1 top of rack
At least one set of brush coating device 5 is arranged in side, and lifting clamping device 6 is arranged in middle part, and position tune is arranged in the top of lifting clamping device 6
Outer cover 2, apparatus for adjusting position 3, ring are arranged on the outside of brush coating device 5 and lifting clamping device 6 for regulating device 3, annular rotating device 4
Shape rotating device 4, brush coating device 5 and lifting clamping device 6 are separately connected controller 7, the vertical fixed pressure of apparatus for adjusting position 3
Perhaps sole brush coating motor 37 presses shoes plate 36 or sole brush coating motor 37 to be located at 6 top of lifting clamping device, lifting to shoes plate 36
The top of clamping device 6 is shoes fixing seat 68, and grip block 66 is arranged in the side of shoes fixing seat 68.
Controller 7 controls lifting clamping device 6 and rises, and shoes is tipped upside down in shoes fixing seat 68, lifting clamping device 6 is fallen
Under, and shoes are clamped.Controller 7 controls apparatus for adjusting position 3 and adjusts position, pushes down shoes with pressure shoes plate 36, or use sole brush
Glue motor 37 carries out brush coating to shoes.Controller 7 controls annular rotating device 4 and rotates around the surrounding of shoes, and brush coating device 5 is driven to adjust
Whole position carries out brush coating to shoes.Rack 1 is played a supporting role, 2 pairs of outer cover annular rotating devices 4, brush coating device 5 and lifting folder
Device 6 is held to be protected.
2 bottom opening of outer cover, side are U-shaped outer cover side plate 21, and top is outer cover cover board 22, and outer cover cover board 22 is that can revolve
Outer cover through-hole 23 is arranged in the clamshell doors turned, the middle part after closure, and outer cover through-hole 23 is greater than the cross section of shoes fixing seat 68.
To linear motion part 31 and X to motor 32, X is set the lateral setting X of apparatus for adjusting position 3 on linear motion part 31
Y-direction linear motion part 33 and Y-direction motor 34 are set, Z-direction cylinder 35 is arranged in Y-direction linear motion part 33, setting pressure shoes on Z-direction cylinder 35
Plate 36 or sole brush coating motor 37, pressure shoes plate 36 are plate, and positioned at the surface of shoes fixing seat 68, sole brush coating motor 37 connects
Sole brush head 38 is connect, the side setting sole of sole brush head 38 is switched to glue switch 39, sole brush coating motor 37 and sole to glue
39 are separately connected controller 7, and controller 7 is separately connected X to motor 32, Y-direction motor 34 and Z-direction cylinder 35.
X is fixed to motor 32, and the movement portion that output shaft drives X to linear motion part 31 is mobile, Y-direction linear motion 33 He of part
Y-direction motor 34 is fixed on X in the movement portion of linear motion part 31, follows movement, and Y-direction motor 34 drives Y-direction linear motion part
33 movement portion is mobile, and Z-direction cylinder 35 is arranged in the movement portion of Y-direction linear motion part 33, follows movement.Pass through controller 7
To X to motor 32, the control of Y-direction motor 34 and Z-direction cylinder 35 is realized and is controlled to the position of pressure shoes plate 36 or sole brush head 38
System.
First fixed plate 42 of annular rotating device 4 is fixed in rack 1, the fixed rotary electric machine 41 of the first fixed plate 42,
Rotary electric machine 41 drives active rotating shaft 43, and active rotating shaft 43 drives annular rotating belt 45, the inside of annular rotating belt 45 be arranged to
At least one second fixed plate 46, the connection control of rotary electric machine 41 is arranged in a few driven spindle 44, the outside of annular rotating belt 45
Device 7 processed.The outside setting dust cover 47 and dust-proof shell 48 of annular rotating belt 45.The side setting limit of second fixed plate 46 is opened
49 are closed, limit switch 49 connects controller 7, and limit switch 49 is calibrated and detected to the position of the second fixed plate 46.
The brush coating support base 51 of brush coating device 5 is fixed in the second fixed plate 46 of annular rotating device 4, brush coating support base
Lateral brush coating motor 53 is set on 51, and side is fixed to glue support base 55, the lateral brush of output shaft connection of lateral brush coating motor 53
Glue brush head 54 is moved to the driving of glue cylinder 58 to glue switch 56, to setting on glue support base 55 to glue cylinder 58 to glue switch 56
Outlet be arranged to glue brush head 57, lateral brush coating motor 53, be separately connected controller 7 to glue switch 56 and to glue cylinder 58.Brush
Glue support base 51 is L-type, and horizontal direction is arranged in fixed supporting seat 52, and vertically downward, it is fixed that fixed supporting seat 52 is fixed on second
On plate 46, fixed supporting seat 52 and brush coating support base 51 it is vertical between spring 59 is set.
The lifting of lifting clamping device 6 grips seat 62 and is fixed in rack 1, and lifting grips 62 fixed clamp of seat
Motor 61, clamping motor 61 drive 63 rotation of screw rod, and screw rod 63 moves along a straight line with movable slider 64, and sliding block 64 connects connecting column 65,
Connecting column 65 drives grip block 66 to rotate, and the lifting cylinder 67 of lifting clamping device 6 drives shoes fixing seat 68 to move up and down, clamping
Motor 61 and lifting cylinder 67 are separately connected controller 7.
The sole of apparatus for adjusting position 3 gives glue switch 56 to connect rubber-storing cylinder 71 to glue switch 39 and/or brush coating device 5,
Rubber-storing cylinder pressure head 72 is arranged in the inside of rubber-storing cylinder 71, and rubber-storing cylinder pressure head 72 is driven by rubber-storing cylinder cylinder 73, and rubber-storing cylinder cylinder 73 connects
Rubber-storing cylinder pressure sensor 74 is connect, rubber-storing cylinder cylinder 73 and rubber-storing cylinder pressure sensor 74 are separately connected controller 7.
The grip block 66 of lifting clamping device 6 is T shape, is equipped with two groups, mirror image, is located at lifting clamping device 6 each other
Shoes fixing seat 68 two sides.The shoes fixing seat 68 of lifting clamping device 6 is shoe body shape, and sole is face-up.Annular rotating device 4
The second fixed plate 46 be equipped with six groups, be evenly distributed on 45 surrounding of annular rotating belt of annular rotating device 4.
Advantages of the present invention are as follows:
1. the problem of it is uneven to solve brush coating in process of production, dry glue, gel, it is not in place or swiped through because brushing to prevent glue
Position and generate quality problems, improve product quality.
2. reducing the quantity of live brush coating personnel, save artificial.
3. reducing process, innovated on the basis of original production model, replaces original shoes setting-out with new process
Old technique.
4. problem of environmental pollution caused by reducing organic solvent due to volatilization reduces harmful substance and invades employee's body
Evil.
5. improving production efficiency, production cost is reduced, expands the profit margin of shoes enterprise.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present utility model is not limited to the above embodiments, and the above embodiments and description only describe this is practical
Novel principle, the utility model also has various changes and improvements without departing from the spirit and scope of the present invention, this
A little changes and improvements are fallen within the scope of the claimed invention.The utility model requires protection scope is by appended power
Sharp claim and its equivalent define.
Claims (10)
1. exempting from the automatic cementing machine that draws lines characterized by comprising
Rack (1), rack (1) top are arranged annular rotating device (4), described annular rotating device (4) side be arranged to
Lifting clamping device (6) are arranged in few one group of brush coating device (5), middle part, and position tune is arranged in the top of the lifting clamping device (6)
Outer cover (2) are arranged in regulating device (3), the annular rotating device (4), brush coating device (5) and lifting clamping device (6) outside, institute
It states apparatus for adjusting position (3), annular rotating device (4), brush coating device (5) and lifting clamping device (6) are separately connected controller
(7), vertical fixed pressure shoes plate (36) of the apparatus for adjusting position (3) or sole brush coating motor (37), the pressure shoes plate
(36) or sole brush coating motor (37) is located above lifting clamping device (6), and the top of the lifting clamping device (6) is shoes
Grip block (66) are arranged in the side of fixing seat (68), the shoes fixing seat (68).
2. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that outer cover (2) bottom opening, side
For U-shaped outer cover side plate (21), top is outer cover cover board (22), and the outer cover cover board (22) is rotatable clamshell doors, closure
Outer cover through-hole (23) are arranged in middle part afterwards, and the outer cover through-hole (23) is greater than the cross section of shoes fixing seat (68).
3. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that the cross of the apparatus for adjusting position (3)
To setting X to linear motion part (31) and X to motor (32), X setting Y-direction linear motion part on linear motion part (31)
(33) Z-direction cylinder (35) are set, are arranged on the Z-direction cylinder (35) with Y-direction motor (34), Y-direction linear motion part (33)
Shoes plate (36) or sole brush coating motor (37) are pressed, the pressure shoes plate (36) is plate, it is located at the surface of shoes fixing seat (68),
The side setting sole of sole brush coating motor (37) the connected shoe soles brush head (38), the sole brush head (38) is switched to glue
(39), the sole brush coating motor (37) and sole are separately connected controller (7) to glue switch (39), the controller (7) point
Not Lian Jie X to motor (32), Y-direction motor (34) and Z-direction cylinder (35).
4. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that the of the annular rotating device (4)
One fixed plate (42) is fixed on rack (1), and first fixed plate (42) is fixed rotary electric machine (41), the rotary electric machine
(41) active rotating shaft (43) are driven, the active rotating shaft (43) drives annular rotating belt (45), the annular rotating belt (45)
At least one driven spindle (44) is arranged in inside, at least one second fixed plate is arranged in the outside of the annular rotating belt (45)
(46), rotary electric machine (41) connection controller (7).
5. according to claim 4 exempt from the automatic cementing machine that draws lines, which is characterized in that the outside of the annular rotating belt (45)
Dust cover (47) and dust-proof shell (48) are set.
6. according to claim 4 exempt from the automatic cementing machine that draws lines, which is characterized in that the side of second fixed plate (46)
It is arranged limit switch (49), the limit switch (49) connects controller (7).
7. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that the brush coating branch of the brush coating device (5)
Support seat (51) is fixed in the second fixed plate (46) of annular rotating device (4), is arranged on the brush coating support base (51) lateral
Brush coating motor (53), side are fixed to glue support base (55), and the output shaft of the lateral brush coating motor (53) connects lateral brush coating
Brush head (54), it is described to give glue cylinder (58) to be arranged on glue support base (55), it is described to give glue switch to glue cylinder (58) driving
(56) it moves, the outlet to glue switch (56), which is arranged, to be given glue brush head (57), and the lateral brush coating motor (53) switchs to glue
(56) and to glue cylinder (58) controller (7) are separately connected.
8. according to claim 7 exempt from the automatic cementing machine that draws lines, which is characterized in that the brush coating support base (51) is L-type,
Horizontal direction is arranged in fixed supporting seat (52), and vertically downward, the fixed supporting seat (52) is fixed on the second fixed plate (46),
The fixed supporting seat (52) and brush coating support base (51) it is vertical between spring (59) are set.
9. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that the liter of the lifting clamping device (6)
Drop grips seat (62) and is fixed on rack (1), and the lifting grips seat (62) fixed clamp motor (61), the folder
Motor (61) driving screw rod (63) rotation is held, screw rod (63) band movable slider (64) moves along a straight line, sliding block (64) connection
Connecting column (65), the connecting column (65) drive grip block (66) rotation, the lifting cylinder (67) of the lifting clamping device (6)
Shoes fixing seat (68) are driven to move up and down, the clamping motor (61) and lifting cylinder (67) are separately connected controller (7).
10. according to claim 1 exempt from the automatic cementing machine that draws lines, which is characterized in that the shoes of the apparatus for adjusting position (3)
Bottom to glue switch (39) and/or brush coating device (5) to glue switch (56) connection rubber-storing cylinder (71), the rubber-storing cylinder (71)
Inside setting rubber-storing cylinder pressure head (72), the rubber-storing cylinder pressure head (72) are driven by rubber-storing cylinder cylinder (73), the rubber-storing cylinder cylinder
(73) rubber-storing cylinder pressure sensor (74) are connected, the rubber-storing cylinder cylinder (73) and rubber-storing cylinder pressure sensor (74) are separately connected
Controller (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820894950.7U CN208301109U (en) | 2018-06-11 | 2018-06-11 | Exempt from the automatic cementing machine that draws lines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820894950.7U CN208301109U (en) | 2018-06-11 | 2018-06-11 | Exempt from the automatic cementing machine that draws lines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208301109U true CN208301109U (en) | 2019-01-01 |
Family
ID=64709224
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820894950.7U Expired - Fee Related CN208301109U (en) | 2018-06-11 | 2018-06-11 | Exempt from the automatic cementing machine that draws lines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208301109U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108577050A (en) * | 2018-06-11 | 2018-09-28 | 袁侠 | Exempt from setting-out automatic cementing machine |
-
2018
- 2018-06-11 CN CN201820894950.7U patent/CN208301109U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108577050A (en) * | 2018-06-11 | 2018-09-28 | 袁侠 | Exempt from setting-out automatic cementing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20191210 Address after: 523000 1st floor, No.14, heshigang 2nd Lane, Qiaotou second industrial zone, Qiaotou village, Houjie Town, Dongguan City, Guangdong Province Patentee after: DONGGUAN YANSHENG MACHINERY EQUIPMENT Co.,Ltd. Address before: 650000 Room 202, unit 3, 11 building, 59 Hin Lin Street, Wuhua District, Kunming, Yunnan. Patentee before: Yuan Xia |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 |